Author Steve Holzner is a former PC Magazine contributing editor and a graduate of Massachusetts Institute of Technology and Cornell University, where he earned his PhD.
Content is presented using hundreds of examples and real-world solutions. Ex.___
Covers both the Microsoft and non-Microsoft perspective—the two main XML camps. Ex.___
Written to the current W3C standards to give student the most recent information. Ex.___
All code samples available on Companion Website. Ex.___
The XML explosion hardly needs any introduction-it's everywhere and there just seems to be no end to what can be done with XML. While writing to the W3C standards, and keeping up with the pace for corporate implementation, you, the programmer or web developer, will need a comprehensive guide to get you started and show you what XML and its related technologies can do. A thorough guide is imperative to success because you will need to know and understand the full scope of XML from day one in order to work with it successfully. With your time constraints and impossible project schedules, you need a comprehensive guide that fulfills your needs in one complete book. Inside XML is an anchor book that covers both the Microsoft and non-Microsoft approach to XML programming. It covers in detail the hot aspects of XML; such as, DTD's vs. XML Schemas, CSS, XSL, XSLT, Xlinks, Xpointers, XHTML, RDF, CDF, parsing XML in Perl and Java, and much more.
Click below for Sample Chapter related to this title:
1. Essential XML.
Markup Languages. What Does XML Look Like? What Does XML Look Like in a Browser? What's So Great About XML? Well-Formed XML Documents. Valid XML Documents. Parsing XML Yourself. XML Resources. XML Editors. XML Browsers. XML Parsers. XML Validators. CSS and XSL. XLinks and XPointers. URLs versus URIs. ASCII, Unicode, and the Universal Character System. XML Applications.
The World Wide Web Consortium. What Is a Well-Formed XML Document? Markup and Character Data. The Prolog. The XML Declaration. Comments. Processing Instructions. Tags and Elements. The Root Element. Attributes. Building Well-Formed Document Structure. CDATA Sections. XML Namespaces. Infosets. Canonical XML.
Creating Document Type Declarations. Creating Document Type Definitions. A DTD Example. External DTDs. Using Document Type Definitions with URLs. Public Document Type Definitions. Using Both Internal and External DTDs. Namespaces and DTDs. Validating Against a DTD.
Entities. Attributes. Creating Internal General Entities. Creating External General Entities. Building a Document from Pieces. Predefined General Entity References. Creating Internal Parameter Entities. External Parameter Entities. Using INCLUDE and IGNORE. All About Attributes. Embedding Non-XML Data in a Document. Embedding Multiple Unparsed Entities in a Document.
XML Schemas in Internet Explorer. W3C XML Schemas. Declaring Types and Elements. Specifying Attribute Constraints and Defaults. Creating Simple Types. Creating Empty Elements. Creating Mixed-Content Elements. Annotating Schemas. Creating Choices. Creating Sequences. Creating Attribute Groups. Creating all Groups. Schemas and Namespaces.
The W3C DOM. Loading XML Documents. Getting Elements by Name. Getting Attribute Values from XML Elements. Parsing XML Documents in Code. Handling Events While Loading XML Documents. Validating XML Documents with Internet Explorer. Scripting XML Elements. Editing XML Documents with Internet Explorer.
Data Binding in Internet Explorer. Using Data Source Objects. XML and Hierarchical Data. Searching XML Data.
Attaching Style Sheets to XML Documents. Selecting Elements in Style Sheet Rules. Creating Style Rules. Formal Style Property Specifications.
Java Resources. Writing Java Programs. Creating Java Files. Creating Variables in Java. Creating Arrays in Java. Creating Strings in Java. Java Operators. Java Conditional Statements: if, if...else, switch. Java Loops: for, while, do...while. Declaring and Creating Objects. Creating Methods in Java. Creating Java Classes.
Getting XML for Java. Setting CLASSPATH. Creating a Parser. Displaying an Entire Document. Filtering XML Documents. Creating a Windowed Browser. Creating a Graphical Browser. Navigating in XML Documents. Modifying XML Documents.
Working with SAX. Displaying an Entire Document. Filtering XML Documents. Creating a Windowed Browser. Creating a Graphical Browser. Navigating in XML Documents. Modifying XML Documents.
Using XSLT Style Sheets in XML Documents. Creating XSLT Style Sheets. Altering Document Structure Based on Input. Generating Comments with xsl:comment. Generating Text with xsl:text. Copying Nodes. Sorting Elements. Using xsl:if. Using xsl:choose. Controlling Output Type.
Formatting an XML Document. Creating the XSLT Style Sheet. Transforming a Document into a Formatting Object Form. Creating a Formatted Document. XSL Formatting Objects.
Overview: Linking with XLinks and XPointers. All About XLinks. All About XPointers.
XHTML Versions. XHTML Checklist. XHTML Programming.
Displaying an Image (<img>). Creating a Hyperlink or Anchor (<a>). Setting Link Information (<link>). Creating Tables (<table>). Creating Documents with Frames (<frameset>). Using Style Sheets in XHTML. Using Script Programming (<script>). Creating XHTML Forms (<form>). Extending XHTML 1.0. All About XHTML 1.1 Modules.
RDF Overview. RDF Syntax. The Dublin Core. Using XML in Property Elements. Using Abbreviated RDF Syntax. RDF Containers. Creating RDF Schemas. CDF Overview. CDF Syntax. Creating a CDF File. Setting a Channel Base URI. Setting Last Modified Dates. Setting Channel Usage.
Creating VML Documents. The VML Elements. The <shape> Element. Using Predefined Shapes. Coloring Shapes. Scaling Shapes. Positioning Shapes. The <shadow> Element. The <fill> Element. Using the <shapetype> Element. More Advanced VML.
XML and Active Server Pages. XML and Java Servlets. Java Server Pages. XML and Perl. Wireless Markup Language.
REC-xml-19980210. Extensible Markup Language (XML) 1.0. Abstract. Status of this document. Extensible Markup Language (XML) 1.0. 1. Introduction. 2. Documents. 3. Logical Structures. 4. Physical Structures. 5. Conformance. 6. Notation. Appendices.